Medical Students' Training in EHRs Inadequate

Medical Students' Training in EHRs Inadequate

 

Medical school students are using electronic health records at a higher rate than practicing physicians, but education is lacking. Without guidelines, physicians face significant roadblocks to adoption, according to two companion studies published in Teaching and Learning in Medicine.

In the first study, researchers from the Alliance for Clinical Education found that 64 percent of the medical school programs allowed students to use their EHRs, but only two thirds of those allowed the students to write notes in them. They were further stymied by the mechanics involved in the use of EHRs. 

"Previously, students were just able to pick up a physical patient chart. Now they need permission to use hospital computers and passwords to access the EHR. There also are concerns surrounding Medicare rules about physicians using trainees' findings in the [EHR],"  lead author Maya Hammoud, Associate Professor of Obstetrics and Gynecology at the University Michigan Medical School said in a statement.

In a related study, the Alliance, which works to enhance the education of medical students, expressed concern that limitations on medical student training in EHRs will adversely affect their overall education. The organization proposed that medical schools follow practice guidelines in training students to use EHRs, including required documentation in the systems, review of their notes, the opportunity to practice order entry in an EHR, exposure to clinical decision support tools, and development of competences related to EHR charting.

Inadequate EHR training has long been a barrier to successful EHR adoption, overwhelming and frustrating clinicians. Enhanced training of medical students in EHRs as a part of their medical school education would likely improve their competence and acceptance of EHR use as a tool.

Source: http://www.fierceemr.com/story/medical-students-training-ehrs-inadequate/2012-08-15

Tags: EMR | Claimat EMR | Electronic Medical Records

Preparing to Implement an EMR

All medical offices get great benefits if they use good medical software that allows more efficient accounting.  There are some considerations in using EMR that are really hard to ignore.

 By using this system you can save a great deal of your wasted time, money & your office space. The computerized patients chart helps you save time and all your data is stored in the system itself.

The revenue can be increased and the accounts can be managed more speedily without making any kind of errors.

E-prescription is one of the best features of the EMR software. It prevents medication errors and gets alert warnings automatically about drug reactions or unsafe drug combinations.

Using EMR Software helps you improve reimbursement rates and insurance companies also offers discount to the doctors who use full software system.

Electronic Medical Record Software helps in increasing workflow and productivity of the healthcare professionals.

The powerful built-in security features in form of encryption does not allow any one else to access your data.

The superior billing feature lets you print all that you need and also include other financial details like tax and insurance codes.

Best EMR for Your Clinic

EMR is an electronic version of patient medical records. The patient medical data is stored electronically with the help of the software (EMR). The use of EMR software can make life easier for doctors, hospitals as well as patients. It can help to streamline the overall workflow of clinics as well as hospitals, thereby helping to improve the productivity, ROI and quality of patient service.

The success of EMR implementation to a great extent depends on selecting a right or best EMR for the practice. With so many EMR vendors and so many EMR versions it becomes really very difficult to choose the best EMR for the practice.  However, an EMR with certain must have features can definitely be a good choice.

Let's consider 10 of the most important features of EMR software.

1. Web-Based and Secure Portability

2. Complete Integration with Other Medical Systems

3. E-Prescription Compatibility

4. PQRI Automation

5. Adaptive Learning (System Memorizes Data)

6. Patient Portal Accessible From Anywhere

7. Flexible, Non-Template Based Systems

8. Electronic Document Management and Imaging

9. Voice Recognition and Handwriting Recognition

10. In Compliance with Federal and State Regulations

As you can see, EMR software should be, and for the most part is, highly flexible and customizable to your needs. These are just some of the features that may help your business.

Funding Option for Implementing EMR Solution

The herculean task of assuring compliance with the proposed federal guidelines for the use of electronic medical records (EMR) comes with a hefty price tag. The expenses to hospitals and private physicians include not only the price of the software and technical support, but also the contracted manpower to enter all current data into the electronic system.

In 2009, the American Recovery and Reinvestment Act (ARRA) and the Health Information Technology for Economic and Clinical Health (HITECH) Act was created to fund and support a paperless national health information network through the adoption of EMR solution. The stimulus is based either on Medicare OR Medicaid but not both. The incentive per practice provider began in 2011 and reduces payments through 2016. After this date a penalty of 2% less reimbursement from CMS occurs for physicians not using EMR solution.

EMR and Usability

Electronic Medical Record (EMR) companies must pay close attention to the usability of their product. Usability is the idea of making software, in this case, easy for users to learn and operate. Patients and providers alike will get the most out of an EMR if the usability is at a high level. Understanding human behavior and designing software around the user are both key to creating an EMR with optimal usability.

The EMR Usability Group is a great resource that discusses and outlines key criteria of usability for an EMR program. Key components of Electronic Medical Records (EMR) usability is interface design, interface layout, and matching the office workflow.

EMR Usability:

- Simplicity

- Naturalness

- Consistency

- Minimizing Cognitive Load

- Efficient Interactions

- Forgiveness

- Feedback

- Effective Use of Language

- Effective Information Presentation

- Preservation of Context

Electronic Medical Records for Better Health Services

Electronic medical records serve numerous advantages to the healthcare industry including bringing about improvement in health services. The healthcare industry is being revolutionized with the introduction of electronic medical records that modernize and streamline patient record-keeping, with the goal of making care more efficient and reducing medical errors.

With the help of electronic medical records system, detailed patient history can be maintained with greater accuracy. Using an EMR can help doctors to eliminate confusion caused by illegible notes, and some experts feel that the initial cost of implementing the systems would be offset by the decrease in medical errors and unnecessary tests and treatments.

Implementation of an electronic medical records system can deliver numerous benefits including financial gains for the practice as well as hospitals, however its ability to bring about better health services to patients is considered to be a very important factor.

Important Functions of EMR Solutions

Thanks to the modern technology, there is no need for you to worry about filing huge numbers of paperwork into your patient's charts. With the use of EMR solutions, you can easily update the patient data and all other information regarding their health within your computer and save this important information at the same time.
EMR solutions are going to be needed in the future. It is important to learn the functions of EMR and how it fits into an office work flow:

1. Patient Charting

Patient visit information is put into templates or forms; to contain information such as vitals, complaints, medical histories, review of systems, physical exams, etc. Most EMR systems have pick lists, drop-down boxes, handwriting recognition, or voice recognition to accomplish patient charting.

2. Order Communication Systems

This is often referred to as a Computerized Physician Order Entry (CPOE). This allows the EMR system to communicate information with external systems such as laboratories, imaging centers, hospitals, and pharmacies via Health Level 7 Interfaces. This allows providers to send out lab requests, imaging requests, prescriptions, submit visit charges, and diagnosis codes to the office/billing system.

3. Clinical Decision-Making Support Systems

Alerts, reminders, and recommendations are built into the system allowing automatic clinical decision making with information in the database. It also helps doctors with coding and diagnosis. Many electronic medical records systems provide physicians with a recommended CPT code based off of Evaluation and Management (EM) rules. This allows physicians to bill payers at the highest possible rate for the services performed.

4. Document/ Image Management

It is important for offices to manage the enormous flow of paper entering their office. Offices are constantly flooded with patient intake forms, referring physician letters, lab reports, and faxes. EMRs allow doctors to access these documents on a intuitive user interface. Electronic medical records provide physicians a way to manage images such as x-rays, MRIs, and ultrasounds.

5. Patient Portal

Personal health records allow patients to access their health record from any computer with a secure internet connection. These programs include features such as appointment scheduling, refill requests, electronic intake forms, record access, outcome assessments and patient education. The patient can also grant other providers access to this information which allows provider-to-provider communication.

6. Statistics and Reporting

With the help of EMR solutions providers can create reports from databases for statistical purposes. This becomes especially useful in the case of drug recalls, health maintenance reminders and disease management.